17-253820

I/O shields made of aluminum for various uses

Manufacturer: sliger-designs

series introduction

The 17-253820 Series represents an advanced line of high-performance power management integrated circuits (PMICs) designed to optimize energy efficiency and improve operational performance in a variety of electronic applications. These PMICs are engineered to deliver exceptional voltage regulation and power distribution capabilities, making them a critical component in modern electronic designs, particularly in systems where power consumption and thermal management are of paramount importance.

Key features of the 17-253820 Series include an integrated voltage regulator, which supports both step-down (buck) and step-up (boost) configurations, allowing for versatile power management solutions. With a wide input voltage range, these PMICs are suitable for use in battery-powered devices, ensuring that power can be efficiently drawn from various sources without compromising performance. The series also boasts advanced protection features such as over-voltage, under-voltage, and thermal shutdown, providing robust operational reliability while safeguarding sensitive components from damage.

In terms of design characteristics, the 17-253820 Series is housed in compact, thermally efficient packages that facilitate easy integration into space-constrained environments. The layout is optimized for minimal trace inductance and resistance, which contributes to enhanced transient response and overall efficiency. This makes the series an ideal choice for high-frequency applications where rapid load changes can occur, such as in mobile computing, IoT devices, and industrial automation equipment.

Typical applications for the 17-253820 Series span numerous industries, including consumer electronics, telecommunications, automotive, and medical devices. Whether it’s powering the latest smartphones, optimizing energy use in smart home devices, or regulating power in sophisticated medical imaging systems, these PMICs are designed to meet the stringent demands of today’s technology landscape. By integrating the 17-253820 Series into electronic designs, engineers can achieve superior power management capabilities, ensuring that devices operate efficiently and reliably under various conditions.

Partlist

17-253820-02-ALUM-B
17-253820-03-ALUM-B
17-253820-04-ALUM
17-253820-04-ALUM-B
17-253820-05-ALUM-B